Supporters of Chromium-Based Browsers sounds like a very niche local meetup, one with hats and T-shirts that barely fit the name. But it's really a "neutral space" for funding and support, corralling together some big names with a stake in the future of Chrome's open source roots, Chromium.

The Linux Foundation , a nonprofit started in 2000 that has grown to support a broader range of open source projects, spurred the initiative. In a press release, the Foundation states that the project will allow "industry leaders, academia, developers, and the broader open source community" to work on Chromium, with "much-needed funding and development support for open development of projects."

A few names you don't often see together are already on board: Google, Meta, Microsoft, and Opera. Krystian Kolondra, executive vice president of browsers at Opera, stated in a release that "as one of the major browsers contributing to the Chromium project," Opera would "look forward to collaborating with members of the project to foster this growth and keep building innovative and compelling products for all users."

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Supporters of Chromium-Based Browsers sounds like a very niche local meetup, one with hats and T-shirts that barely fit the name. But it's really a "neutral space" for funding and support, corralling together some big names with a stake in the future of Chrome's open source roots, Chromium.

The Linux Foundation , a nonprofit started in 2000 that has grown to support a broader range of open source projects, spurred the initiative. In a press release, the Foundation states that the project will allow "industry leaders, academia, developers, and the broader open source community" to work on Chromium, with "much-needed funding and development support for open development of projects."

A few names you don't often see together are already on board: Google, Meta, Microsoft, and Opera. Krystian Kolondra, executive vice president of browsers at Opera, stated in a release that "as one of the major browsers contributing to the Chromium project," Opera would "look forward to collaborating with members of the project to foster this growth and keep building innovative and compelling products for all users."

Read full article

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Supporters of Chromium-Based Browsers sounds like a very niche local meetup, one with hats and T-shirts that barely fit the name. But it's really a "neutral space" for funding and support, corralling together some big names with a stake in the future of Chrome's open source roots, Chromium.

The Linux Foundation , a nonprofit started in 2000 that has grown to support a broader range of open source projects, spurred the initiative. In a press release, the Foundation states that the project will allow "industry leaders, academia, developers, and the broader open source community" to work on Chromium, with "much-needed funding and development support for open development of projects."

A few names you don't often see together are already on board: Google, Meta, Microsoft, and Opera. Krystian Kolondra, executive vice president of browsers at Opera, stated in a release that "as one of the major browsers contributing to the Chromium project," Opera would "look forward to collaborating with members of the project to foster this growth and keep building innovative and compelling products for all users."

Read full article

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The Internet has become the most prevalent communications technology the world has ever seen. Though there are more fixed and mobile telephone connections, even they use Internet technology in their core. For all the many uses the Internet allows for today, its origins lie in the cold war and the need for a defence communications network that could survive a nuclear strike. But that defence communications network quickly became used for general communications and within only a few years of the first transmission, traffic on the predecessor to today’s Internet was already 75% email.

In the beginning

Arpanet was the vital precursor of today’s Internet, commissioned by the US Defence Advanced Research Projects Agency (Darpa) in 1969. In his interesting account of why Arpanet came about , Stephen Lukasic, Director of Darpa from 1970-75, wrote that if its true nature and impact had been realised it would never have been permitted under the US government structure of the time. The concept for a decentralised communications technology that would survive a nuclear attack would have placed it outside Darpa’s remit (as defence communications specifically were assigned to a different agency), so the focus changed to how to connect computers together so that major applications could be run on the most appropriate system available.

This was in the era of time-sharing computers . Today’s familiar world of the ubiquitous “personal computer” on each desk was decades away. Computers of this time were generally very large, filling entire rooms, and comparatively rare. Users working at connected terminals would submit jobs to the computer which would allocate processing time for the job when available. The idea went that if these computers were networked together, an available remote computer could process a job even when the computers closer to the users were full. The resulting network was called Arpanet and the first packets of data traversed the network in September 1969.

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The Internet has become the most prevalent communications technology the world has ever seen. Though there are more fixed and mobile telephone connections, even they use Internet technology in their core. For all the many uses the Internet allows for today, its origins lie in the cold war and the need for a defence communications network that could survive a nuclear strike. But that defence communications network quickly became used for general communications and within only a few years of the first transmission, traffic on the predecessor to today’s Internet was already 75% email.

In the beginning

Arpanet was the vital precursor of today’s Internet, commissioned by the US Defence Advanced Research Projects Agency (Darpa) in 1969. In his interesting account of why Arpanet came about , Stephen Lukasic, Director of Darpa from 1970-75, wrote that if its true nature and impact had been realised it would never have been permitted under the US government structure of the time. The concept for a decentralised communications technology that would survive a nuclear attack would have placed it outside Darpa’s remit (as defence communications specifically were assigned to a different agency), so the focus changed to how to connect computers together so that major applications could be run on the most appropriate system available.

This was in the era of time-sharing computers . Today’s familiar world of the ubiquitous “personal computer” on each desk was decades away. Computers of this time were generally very large, filling entire rooms, and comparatively rare. Users working at connected terminals would submit jobs to the computer which would allocate processing time for the job when available. The idea went that if these computers were networked together, an available remote computer could process a job even when the computers closer to the users were full. The resulting network was called Arpanet and the first packets of data traversed the network in September 1969.

Read full article

Comments

The Internet has become the most prevalent communications technology the world has ever seen. Though there are more fixed and mobile telephone connections, even they use Internet technology in their core. For all the many uses the Internet allows for today, its origins lie in the cold war and the need for a defence communications network that could survive a nuclear strike. But that defence communications network quickly became used for general communications and within only a few years of the first transmission, traffic on the predecessor to today’s Internet was already 75% email.

In the beginning

Arpanet was the vital precursor of today’s Internet, commissioned by the US Defence Advanced Research Projects Agency (Darpa) in 1969. In his interesting account of why Arpanet came about , Stephen Lukasic, Director of Darpa from 1970-75, wrote that if its true nature and impact had been realised it would never have been permitted under the US government structure of the time. The concept for a decentralised communications technology that would survive a nuclear attack would have placed it outside Darpa’s remit (as defence communications specifically were assigned to a different agency), so the focus changed to how to connect computers together so that major applications could be run on the most appropriate system available.

This was in the era of time-sharing computers . Today’s familiar world of the ubiquitous “personal computer” on each desk was decades away. Computers of this time were generally very large, filling entire rooms, and comparatively rare. Users working at connected terminals would submit jobs to the computer which would allocate processing time for the job when available. The idea went that if these computers were networked together, an available remote computer could process a job even when the computers closer to the users were full. The resulting network was called Arpanet and the first packets of data traversed the network in September 1969.

Read full article

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Five years ago, a small company in Houston named Intuitive Machines had just 30 employees, a couple of 3D printers, and a few soldering irons.

Oh, and it had some big dreams. The company's founders wanted to open a business on the Moon.

On Wednesday morning, when I drove into the company's new headquarters at Spaceport Houston, there were no spaces to park in a lot filled with hundreds of cars. Inside, the offices were buzzing. And a large integration hangar was packed with hardware: two lunar landers, two lunar rover mock-ups, a hopper, and other spaceflight vehicles.

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Five years ago, a small company in Houston named Intuitive Machines had just 30 employees, a couple of 3D printers, and a few soldering irons.

Oh, and it had some big dreams. The company's founders wanted to open a business on the Moon.

On Wednesday morning, when I drove into the company's new headquarters at Spaceport Houston, there were no spaces to park in a lot filled with hundreds of cars. Inside, the offices were buzzing. And a large integration hangar was packed with hardware: two lunar landers, two lunar rover mock-ups, a hopper, and other spaceflight vehicles.

Read full article

Comments

Five years ago, a small company in Houston named Intuitive Machines had just 30 employees, a couple of 3D printers, and a few soldering irons.

Oh, and it had some big dreams. The company's founders wanted to open a business on the Moon.

On Wednesday morning, when I drove into the company's new headquarters at Spaceport Houston, there were no spaces to park in a lot filled with hundreds of cars. Inside, the offices were buzzing. And a large integration hangar was packed with hardware: two lunar landers, two lunar rover mock-ups, a hopper, and other spaceflight vehicles.

Read full article

Comments